This inventor holds 5 USPTO granted patents. Top assignees: Heska Corporation, Other. Active years: 2002-2010.
Company Filing History:
3 out of 177 
2 out of 834,307 Years Active: 2002-2010
Title: **Anna M. Becher: Innovator in Flea Research**
Introduction
Anna M. Becher is a distinguished inventor based in Fort Collins, Colorado. With a strong portfolio of five patents, she has made significant contributions to the field of veterinary medicine, particularly in understanding and combating flea infestations.
Latest Patents
Among her most notable inventions is her recent patented work titled "Flea ultraspiracle nucleic acid molecules." This invention focuses on the flea ecdysone receptor and ultraspiracle proteins, detailing the nucleic acid molecules that encode these proteins. Additionally, the invention encompasses antibodies raised against these proteins and compounds that inhibit the activity of the flea ecdysone receptor or ultraspiracle. It also outlines methods for obtaining these proteins and nucleic acids, and introduces therapeutic compositions aimed at protecting animals from flea infestations.
Another significant patent she holds is "Flea ultraspiracle nucleic acid molecules and uses thereof," which claims a specific nucleic acid molecule that encodes an ultraspiracle protein. This patent also claims a method for the recombinant production of this protein, demonstrating her innovative approach in the biotechnological arena.
Career Highlights
Throughout her career, Anna has played pivotal roles in advancing flea research. She has worked with renowned companies in the field, including Heska Corporation, where her contributions have been invaluable in developing solutions for animal health.
Collaborations
Anna has collaborated with esteemed professionals such as Nancy Wisnewski and Eric E. Jarvis, working together to enhance understanding in their field and drive forward the developments of her groundbreaking research.
Conclusion
Anna M. Becher is a remarkable inventor whose patents reflect her commitment to innovation in the life sciences. Her work continues to inspire advancements in veterinary medicine, offering potential solutions to flea-related health issues in animals.